JY-N95 Automatic Centrifugal Separator

Name: JY-N95 Automatic Centrifugal Separator
Brand: Jingyuan

Automatic centrifugal separation with automated solids discharge — specifications, operating conditions and application scope.

Product Positioning

The JY-N95 is an automatic centrifugal separator designed for industrial process-fluid treatment. It combines centrifugal separation with automated solids discharge to support fluid-cleaning and recovery processes in suitable applications.

The JY-N95 is a centrifugal separator. It is not a membrane filtration device: nominal pore sizes, beta ratios and gas-pulse regeneration parameters of Jingyuan membrane products must not be applied to it.

JY-N95 automatic centrifugal separator, front view with the control cabinet and support frame — Four product views of the JY-N95 automatic centrifugal separator.

JY-N95 automatic centrifugal separator, feed-side view showing the solids collection drawer — Four product views of the JY-N95 automatic centrifugal separator.

Equipment Photos

The JY-N95 in the Workshop

JY-N95 connected to an IBC container in a circulation loop — JY-N95 in a circulation loop with a process container during factory testing.

JY-N95 with two IBC containers and a transfer pump — JY-N95 during commissioning with feed and receiving containers.

Close-up of the JY-N95 bowl and discharged solids in the collection bin — Bowl area and automatically discharged solids in the collection bin.

Working Principle

How the JY-N95 Separates

Centrifugal separation uses the rotation of the bowl to create a centrifugal field. Components with different density, size and settling behaviour respond differently to that field, which promotes the separation of solid particles from the liquid under suitable operating conditions.

F_c = mω²r

Under the centrifugal field, denser solid particles migrate outward and concentrate, while the liquid phase is returned to the process. The rated centrifugal acceleration is 2200 G; G is not a filtration precision, and separation results depend on particle density and size, liquid viscosity, flow rate and machine geometry.

Read the full working-principle page →

JY-N95 bowl area and discharged solids in the collection bin

The video shows the JY-N95 automatic centrifugal separator in operation. It is placed on this page because the working principle is the natural context for understanding the machine.

Video source: Jingyuan's published product video on YouTube. The player loads only after the visitor presses play.

Core Functions

What the Machine Does

Section drawing of the JY-N95 separating bowl: drive and feed on top, conical bowl below, solids outlet at the base.

Centrifugal Separation

Density-driven solid-liquid separation under a centrifugal field. The rated centrifugal acceleration is 2200 G — an acceleration parameter, not a filtration precision.

Separated solids collected in a steel bin beneath the separator frame.

Automatic Solids Discharge

Separated solids are discharged automatically, reducing manual handling. Discharge mechanism details are confirmed with the machine configuration.

Control cabinet of the JY-N95 with touch screen, selector switches and emergency stop.

PLC Fully Automatic Control

A PLC controls the operating cycle automatically. Brand options and connectivity are confirmed per order — see the technical parameters.

Line illustration of the separator connected by hoses to a process-fluid container.

Process-Fluid Circulation Support

By removing solid contaminants, the machine can support fluid circulation and reuse in suitable applications. Results depend on fluid properties and operating conditions.

Key Advantages

Eight Core Advantages

The manufacturer's stated advantages. The separation capability is described by its boundary, not by a precision figure.

High-Purity Fluid Cleaning

Solids are removed by density instead of by a filter medium, so the fluid returns to the process without a consumable cartridge in the circuit. How fine that separation reaches is confirmed by test on the actual fluid and is not published as a numeric value.

Fully Automatic Operation

A complete mechanical structure combined with a rigorous program-controlled system delivers fully automatic operation and automatic solids discharge.

Near-Dry Discharged Solids

The separated waste solids are discharged in a near-dry state, which simplifies sludge handling and disposal.

Wide Contaminant Compatibility

Handles solids from hard alloy steel, high-speed steel, aluminium alloy, glass, quartz, ceramics and other machined materials.

Wide Fluid Compatibility

Processes cutting oils, emulsions, lubricating oils and water-based coolants of different compositions and viscosities.

Stable, Media-Free Operation

Centrifugal separation requires no filter media — there are no media elements or consumable cartridges to replace. Scheduled maintenance per the manual still applies.

Large-Flow Centralised Supply

Frequently selected as the separation unit in large-flow centralised coolant supply systems.

Flexible Configuration

Pre-treatment functions, coolant collection tank, pumps, cooling units and control components can be optioned as required to build an optimised system.

Technical Parameters

Full Specification Table

Confirmed Specifications

Product model	JY-N95
Equipment type	Automatic centrifugal separator
Flow rate	25–120 L/min Depends on fluid properties and operating conditions — the maximum rate is not available for every medium.
Centrifugal acceleration	2200 G An acceleration parameter — not a filtration precision.
Power supply	380 V, 50 Hz
Motor power	4.0 kW
Control system	PLC, fully automatic PLC brand options: SIEMENS / ABB / SCHNEIDER — optional configurations, confirmed per order.
Solids discharge	Automatic
Overall dimensions	1370 × 780 × 1815 mm
Inlet connection	DN20 Standard configuration; confirm against order documentation.
Outlet connection	DN100 (4 in) Standard configuration; confirm against order documentation.
pH range	6–9 Applicability confirmed per fluid chemistry — not a universal compatibility statement.
Operating design	Continuous 24-hour operation design Design intent; duty cycle and maintenance interval confirmed with the configuration.

The fine end of the separation capability is not published as a numeric value. It must be confirmed by test on the actual fluid under stated operating conditions — particle size, density difference, viscosity and residence time all change the result.

All values are taken from the JY-N95 technical data sheet maintained by Jingyuan engineering. Flow-rate conditions apply as noted.

Applicable Media

Suitable Fluids and Feed Materials

Centrifugal separation is density-driven, so the feed material — not the machine alone — decides whether a duty fits. Three characteristics carry most of that decision.

Solids particle size	Fine solids — single-digit microns and above Settling velocity rises with the square of particle diameter and with the centrifugal acceleration applied, so the low-micron fines that blind filter paper settle within a single pass at 2,200 G. Separators in the same 2,000–2,500 G class report fine-end performance in the single-digit micron range. Solids below roughly one micron settle too slowly to be removed economically in one pass; where they matter, flocculant dosing in the pre-treatment step agglomerates them into a separable size.
Density difference (solid − liquid)	≥ 0.1 g/cm³ recommended The driving force is the density difference, not particle size alone. Below roughly 0.1 g/cm³ the settling rate falls away sharply and throughput has to be traded off; solids whose density is close to the fluid may need a different technology.
Solids loading	Approx. 1–50 % suspended solids by weight The wide band is handled by setting the discharge cycle to the load. Light loading at the lower end mainly calls for a smaller unit or a batch arrangement; heavy loading at the upper end is normally buffered upstream.

These characteristics describe the feed material the process can accept — they are not a separation rating of the machine. The particle size actually separable from a given fluid depends on density difference, viscosity, residence time and temperature, and is confirmed by test on the user's own sample.

Fluids accepted in principle

Liquids with a density difference between the solid and liquid phases that can be processed by centrifugation — including certain water-based or oil-based industrial fluids. Applicability to a specific fluid must be verified by our engineering team before any commitment is made.

Requires evaluation before use

Liquids with no meaningful density difference between phases
Stable emulsions that cannot be broken under the machine's operating conditions
High-viscosity media, until flow behaviour has been evaluated
Media with special chemistry, until material compatibility is confirmed
Applications requiring removal of dissolved substances

Application evaluation

Suitability is confirmed per application after engineering review of the fluid, contaminant and operating data — never assumed from the parameter table alone.

Start an evaluation →

Operating Conditions

Compatibility and Conditions

Power supply	380 V, 50 Hz
Motor power	4.0 kW
pH range	6–9 Applicability confirmed per fluid chemistry — not a universal compatibility statement.
Flow rate	25–120 L/min Depends on fluid properties and operating conditions.

Separation performance depends on fluid properties and operating conditions. No confirmed separation-precision or removal-efficiency data is published for the JY-N95. The fine end of the separation capability must be confirmed by test on the actual fluid and is not stated as a numeric value — neither here nor in the advantages list.

Installation

Footprint and Connections

Overall dimensions	1370 × 780 × 1815 mm
Inlet connection	DN20 Standard configuration; confirm against order documentation.
Outlet connection	DN100 (4 in) Standard configuration; confirm against order documentation.

Foundation, levelling, piping and electrical requirements are confirmed with the order documentation for each configuration.

Maintenance & Discharge

Solids Handling and Upkeep

Automatic discharge

The JY-N95 discharges separated solids automatically, reducing manual handling in suitable applications. The internal discharge mechanism, cycle timing and buffer behaviour are confirmed with the machine configuration.

Maintenance

Maintenance scope and intervals are confirmed with the machine configuration and the documentation supplied at order stage. The machine is designed to reduce disposable filter-media consumption in suitable applications — it does not eliminate power, maintenance, spare-part or solid-waste costs.

Discharge handling

Separated solids are collected for disposal or further processing. Containerisation and handling arrangements are part of the application evaluation.

FAQ

Frequently Asked Questions

What is an automatic centrifugal separator?

An automatic centrifugal separator is a solid-liquid separation machine that uses rotation to create a centrifugal field. Solid particles denser than the liquid migrate outward under that field and are discharged automatically, while the liquid phase is returned to the process. The JY-N95 is Jingyuan's automatic centrifugal separator for industrial process fluids.

How does centrifugal separation work?

Rotation generates centrifugal acceleration — the JY-N95's rated value is 2200 G. Under that field, components separate according to density, size and settling behaviour. G is an acceleration parameter, not a filtration precision: the actual separation result depends on particle density and size, liquid viscosity, flow rate and machine geometry. See the working-principle page for details.

What types of industrial fluids can the JY-N95 handle?

In principle, liquids with a density difference between the solid and liquid phases that can be processed by centrifugation — including certain water-based and oil-based industrial fluids. Applicability is not universal: stable emulsions, media with very small density differences and special chemistry require engineering evaluation before any commitment.

What is the flow rate of the JY-N95?

The flow range is 25–120 L/min, depending on fluid properties and operating conditions. The maximum rate is not available for every medium — higher-viscosity fluids run at lower flow.

Does the JY-N95 require disposable filter media?

The machine is designed to reduce disposable filter-media consumption in suitable applications — not to eliminate all consumables. Electricity, maintenance, spare parts and solid-waste handling still apply.

How is sludge discharged?

The JY-N95 discharges separated solids automatically. The internal discharge mechanism and cycle details are confirmed with the machine configuration and documentation supplied at order stage.

Can the JY-N95 handle my grinding fluid?

That depends on the fluid. Send us the fluid type, contamination description, viscosity, temperature, flow rate and your target cleanliness — our team reviews the application and discusses suitability with you before any commitment.

What information is needed to evaluate an application?

Fluid type and chemistry, contaminant description and approximate concentration, particle characteristics, viscosity, operating temperature, required flow rate, target cleanliness, current treatment method, and installation constraints. Optional fields can be left blank if you do not have the data yet.

How can I request technical information or a quotation?

Use the inquiry form on this page or the contact page. Include your process fluid and separation objective so our team can route the request to the right engineer.

All 26 questions — applicability, sizing, maintenance, commercial terms

Inquiry